Industrial Robot Vibration and Noise Test System, capable of real-time monitoring of sound pressure level, vibration, and rotational speed changes. It analyzes and generates curves showing the variation of sound pressure level and vibration with rotational speed, as well as 3D color graphs for order analysis. It also meets the requirements of measuring sound pressure, sound power, sound pressure level, and sound power level as specified in GB/T 37242-2018 and GB/T 3768-2017. Helps customers accurately identify vibration and noise sources in reducers and complete machines.
System Advantages
(1) Noise measurement and analytical instruments have high performance levels, meeting the requirements specified in GB/T 3785.1.
(2) User-friendly operation, quickly outputs "A-weighted Time-Averaged Sound Pressure Level" and "Sound Power Level."
(3) This method, which is advanced and reliable, measures the sound pressure level at the corresponding position of the sound source base body on the surface of the source envelope and calculates the sound power level of the robot. It complies with the test requirements of GB/T 3768-2017 and GB/T 3767-2016 national standards.
(4) High accuracy of sound power level, in compliance with GB/T 19052 requirements.
(5) The software boasts powerful functionality, capable of processing and analyzing data both online and offline, with noise and environmental corrections, catering to various usage environments.
(6) Equipped with a high-precision sound calibrator featuring sound calibration functionality, enabling regular calibration of the measurement system.
(7) Automatically generates comprehensive test reports, including details such as the tested product, operating conditions, acoustic environment, testing equipment, and acoustic data, all in accordance with the national standard GB/T 37242-2018.
Applicable Targets
Measurement of the radiated noise power level for industrial robots of various applications, personal/household service robots, and public service robots.
Measurement of the radiated noise sound power levels for mobile and non-mobile industrial robots.
